Rising Flatness Requirements in Architectural Facade Projects Drive Interest in 60-Ton Three-Cylinder Cold Press Machine

With the continued development of commercial complexes, airports, railway stations, and exhibition centers, the architectural facade industry is placing higher demands on aluminum honeycomb panel quality.

Known for their lightweight structure, high rigidity, and decorative appearance, aluminum honeycomb panels are widely used in facade systems, ceiling panels, interior decoration, and transportation applications. However, maintaining panel flatness, protecting the honeycomb core, and ensuring bonding consistency remain critical challenges during production.

For architectural projects, panel flatness directly affects installation quality and visual appearance, making manufacturing precision increasingly important.

During the lamination process, uneven pressure distribution may lead to:

Inconsistent force application can result in surface deformation after pressing.

Excessive localized pressure may affect the structural integrity of the honeycomb core.

Panels with poor flatness can increase installation complexity and project costs.

As a result, pressure control and flatness performance are becoming important evaluation criteria when selecting cold press equipment.

To address quality requirements in aluminum honeycomb panel manufacturing, the 60-ton cold press utilizes a synchronized three-cylinder hydraulic system for balanced pressure distribution.

According to the equipment specifications, high pressure uniformity helps reduce the impact of local pressure differences during the lamination process.

The machine also features a high-rigidity platen structure with a flatness tolerance of ≤0.1 mm/m, supporting precise panel forming.

In addition, the intelligent pressure holding system reduces pressure fluctuations, helping to ensure consistency in production quality across batches.

Manufacturers should focus on:

• Maximum pressing capacity
• Pressure distribution uniformity
• Platen flatness accuracy
• Pressure-holding stability
• Structural rigidity and long-term reliability

These factors play an important role in achieving stable production and high-quality aluminum honeycomb panels.

As architectural projects demand higher-quality aluminum honeycomb panels, manufacturers are increasingly adopting more advanced and stable cold pressing technologies.

A 60-ton three-cylinder cold press offers balanced pressure distribution, high platen accuracy, and stable pressure-holding performance, making it a practical solution for manufacturers seeking reliable panel flatness and consistent bonding quality in modern facade panel production.